Network analysis predicts which approved drugs may target aging pathways — without new synthesis.
As of WED, JUL 1, 10:45 AM · New Brief Daily
Last updated July 1, 2026 — I read this morning's peptide research and picked the items that mattered. Fresh brief tomorrow.
Network analysis predicts which approved drugs may target aging pathways — without new synthesis.
Research VialsWhat CAS registry numbers are, why they matter for peptide identification, and how to use them to verify compound identity across suppliers.
PubMed · BMJ open diabetes research & careViolante-Ortiz R et al., BMJ open diabetes research & care · 2026 Mar 30. PMID 41912265.
Lifespan.ioA new study links faster biological aging to solid cancers appearing in younger adults. Researchers found the gap between biological age and calendar age is growing wider with each generation.
Lifespan.ioResearchers tracked how different cell types age at different rates and used those trajectories to predict disease onset. The work expands on organ-specific aging clocks and could reshape early intervention strategies.
Lifespan.ioScientists found a non-coding RNA strand unique to primates that makes cellular senescence worse. The discovery is relevant to human aging in a way that most rodent-based findings are not.
Lifespan.ioNeuroAge Therapeutics launched Younger 2027, a six-month contest measuring biological aging at baseline and again after the intervention window. Competitors are scored on a clinical-grade aging panel — not self-report.
Regan ArchibaldIf BPC-157 leaves your bloodstream in under 30 minutes, why do its effects seem to last for days? In this video, I break down the science behind BPC-157’s pharmacokinetics, explaining the difference between how long the peptide remains in y
The Enhanced ManDiscover the powerful benefits of SLU-PP-332, a peptide that has been gaining attention for its potential to optimize mitochondrial health and boost metabolism. In this video, we'll delve into the world of peptides, including MOTS-C and SS-
Dr Jones DCBook your free discovery call *HERE:* https://drjonesdc.com/yt1d I’ve seen patients lose weight fast on GLP-1 medications and still feel frustrated when muscle disappears with it. Retatrutide can be an incredibly powerful fat-loss tool, b
Dave AspreyYour Hormones Are Killing You: Oxytocin, FSH, and the Anti-Aging Protocol Most Doctors Ignore Your hormones are running your love life, your intuition, your longevity, and your brain, and most doctors are getting it completely wrong. Host
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Dr Trevor BachmeyerMOTS-C Fatigue Explained: Why You Need Carbs and SubQ NAD+ to Max Results In this episode I break down why MOTS-C often causes fatigue and why it’s a measurable signal of intense cellular remodeling, not that something is “wrong.” I also e
Dr Alex TatemFda Docket: https://www.regulations.gov/document/FDA-2025-N-6895-0001 For the Lab Rats : https://labratlegion.com What if the closest thing to the Limitless pill already exists? Today we're breaking down Semax, the Russian nootropic pept
Dr Jones DCBook your free discovery call *HERE:* https://drjonesdc.com/yt1d Tesamorelin can be powerful, but I’ve seen too many people waste it with the wrong storage, mixing, timing, and stacking habits. I cover the biggest mistakes I see with reco
Regan ArchibaldHow fast can BPC-157 really work and what does the science say about its healing timeline? In this video, let's explore the research behind BPC-157, breaking down how quickly it may influence gut health, tendon recovery, ligament repair, an
Research VialsMOTS-c, SS-31, and the emerging class of mitochondria-targeted peptides. How they work, what they target, and why mitochondrial medicine is growing.
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Rena Malik MDPre-order The Hard Truth + get $494 in FREE bonuses (course, early chapters & live masterclass). https://www.renamalikmd.com/hardtruth In this episode, Dr. Rena Malik explores the complex intersections of financial habits, money histories,
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Peter AttiaPeter Attia's latest AMA addresses the muscle-loss concern around GLP-1 receptor agonists (drugs like semaglutide). He argues that with proper protein intake and resistance training, lean mass loss is minimal.
Longevity TechnologyHoudini Bio is developing a method to stop cells from silencing therapeutic DNA after delivery. If it works, it could extend the active window of gene therapies targeting neurodegeneration and aging.
Longevity TechnologyDesigns for Health launched a probiotic formula pairing live Akkermansia with postbiotics aimed at metabolic health. The product targets the same GLP-1 pathway that injectable weight-loss drugs activate.
Lifespan.ioResearch published in Aging Cell shows that antioxidants can selectively remove senescent muscle cells by changing how mTOR (a key growth and nutrient-sensing pathway) operates. The finding adds a new angle to senolytic research.
BluePrint (Bryan Johnson)Bryan Johnson outlines the four cardiovascular protocols he credits for vascular function scores that match someone in their late teens. The piece covers lifestyle factors that can meaningfully shift biological heart age.
Lifespan.ioScientists used a transcription inhibitor to target the thin fat layer around blood vessels, reducing markers of cardiometabolic disease. The approach highlights epigenetic regulation as a lever for vascular aging.
Lifespan.ioResearchers showed that too much HIF-1α (a protein that normally helps cells respond to low oxygen) triggers unwanted blood vessel growth in cartilage. That process destroys joint tissue and causes osteoarthritis.
Research VialsResearch overview of Melanotan peptides — melanocortin receptor agonists studied for pigmentation pathways, photoprotection, and related endocrine signaling.
Fight Aging!Disabling the G9a gene increased muscle tissue regeneration in animal models. The finding is timely: widespread GLP-1 drug use is stripping lean mass alongside fat, creating real demand for muscle-sparing interventions.
Fight Aging!Fight Aging compiled a list of interventions shown in human data to reduce epigenetic age. The list separates well-supported findings from weaker signals — a useful reference for researchers tracking the clock-reversal literature.
Research VialsResearch Vials breaks down the chemical and stability differences between the three Epitalon (a tetrapeptide studied for telomerase activation and longevity) variants. Useful reference for anyone choosing between forms for lab work.
Research VialsResearch Vials compares AOD-9604 (a GH fragment studied for fat metabolism) with semaglutide (a GLP-1 receptor agonist) side by side. The piece covers mechanism, available evidence, and where each compound sits in the research landscape.
PLOS BiologyResearchers measured SV2A (a marker of synaptic density) in living human brains after sleep deprivation. The finding supports the synaptic homeostasis theory of sleep and has implications for cognitive recovery research.